Causes that led to discovery of GR

In summary, Einstein formulated the curvature of space-time based on the principle of equivalence, which suggests that gravity is a property of space itself rather than objects. This idea was further supported by the prediction and confirmation of Mercury's orbit, but this discrepancy alone was not the driving force behind the theory.
  • #1
rajeshmarndi
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What are the causes that led einstein formulate curvature of space-time?

what it has to do, if any, with the discrepancy in mercury orbit.
 
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  • #2
rajeshmarndi, Often, I think, it is not fruitful to retrace history and ask how someone was led to a theory a century ago. It would not, for example, help us understand Maxwell's Equations any better to read about the experiments done by Benjamin Franklin. I think we have ways now of understanding relativity that are better than what Einstein himself had, at least what he started out with.

Anyway, the principle that led to General Relativity was the Principle of Equivalence, the idea that the universality of gravitation implied that it was a property of space itself and not of particular objects. Mercury's orbit was an early prediction and an important confirmation, but is not what led to the idea. (Could you imagine taking a 43"/century discrepancy in the orbit and deduce from that the idea that space is curved?)
 

Related to Causes that led to discovery of GR

1. What is the theory of General Relativity (GR)?

The theory of General Relativity, also known as GR, is a fundamental theory of gravitation that was developed by Albert Einstein in the early 20th century. It explains how gravity works in the universe by describing it as the curvature of spacetime caused by the presence of mass and energy.

2. What were the main influences on Einstein's discovery of GR?

Einstein's discovery of GR was influenced by several factors, including his earlier work on the special theory of relativity, his studies of the mathematics of curved spaces, and his dissatisfaction with Newtonian mechanics and the concept of absolute space and time.

3. What experiments or observations supported GR?

There have been several experiments and observations that support the validity of GR, including the bending of starlight by the sun's gravity during a solar eclipse, the precession of the orbit of Mercury, and the detection of gravitational waves.

4. How did GR change our understanding of the universe?

GR revolutionized our understanding of the universe by providing a new framework for understanding gravity and its effects. It also helped to explain several previously unexplained phenomena, such as the precession of Mercury's orbit and the bending of starlight by massive objects.

5. Are there any current challenges or limitations to GR?

While GR has been incredibly successful in explaining a wide range of phenomena, there are still some challenges and limitations to the theory. One of the main challenges is the incompatibility of GR with the principles of quantum mechanics, which has led to ongoing efforts to develop a theory of quantum gravity.

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